PRACE Autumn School 2013 - Industry Oriented Simulations
Discover your design quicker as before with HPC
Alexander Dopf, CADFEM, CADFEM, University of Ljubljana
September 2013
Slide contents
Introduction
Need for Increades Performance & Robustness
Product Integrity via Robust Design
Need for HPC
Summary
Larger Simulations
HPC - A Software Development Imperative
ANSYS Mechanical Scaling Achievement
What about GPU Computing?
Optimized Solver Performance
Ansys and nvidia collaborations
Ansys mechanical smp - gpu speed-up
Optimized solver performance - ansys fluent - 1
Optimized solver performance - ansys fluent - 2
Optimized solver performance - ansys fluent - ansys hfss
More simulations
Introduction - Levels of parametric simulaton
Introduction - Evolution of parametric simulaton-1
Introduction - Evolution of parametric simulaton-2
Introduction - Evolution of parametric simulaton-3
Introduction - Evolution of parametric simulaton-4
Introduction - Evolution of parametric simulaton-5
Our solution
Ansys workbench enables- Sequental design point update-1
Ansys workbench enables- Sequental design point update-2
Ansys workbench enables- RSM with 3rd party sheduler
Ansys workbench enables- Simultaneous design point update
Ansys workbench enables- ANSYS HPC parametric pack licensing at R14.5
Ansys workbench enables- Simultaneous design point update
Ansys workbench enables- ANSYS HPC parametric pack licensing at R14.5
Ansys workbench enables- Game changing time to design insight-1
Ansys workbench enables- Game changing time to design insight-2
Optimization partners
HPC Parametric pack example applications
Rear Axle Model
Static analysis of semi-submersible
Fatigue analysis of shaft
Response Spectrum of Pressure Vessel
Other example applications
Turbine blade root - 1
Turbine blade root - 2
Hit joint implant-1
Hit joint implant - 2
Dyson air multiplier fan
IC engine intake port-1
IC engine intake port -2
Fan-heat sink-1
Fan-heat sink-2
Ongonig HPC initiatives
HPC partnership
Thank you